Fine cutting of small arcs by fiber laser cutting machine manufacturers
Product picture of fiber laser cutting machine manufacturer: Laser technical index model item LCF500 laser wavelength 1064nm laser power 500W energy, power stability s+1% fault alarm system displays and cuts off the main power supply, cutting slit width 0.02~0.08mm larger cutting Speed u200bu200b15m/min Laser power injection power s5KW Continuous working time u003d 16 hours (can achieve continuous work 24 hours a day) Parameter specification product model KDY-1530-500W Larger processing range laser cutting machine part of the equipment composition of this project KDY-LCF500 The fiber laser cutting machine is composed of fiber laser, optical focusing system, optical special refrigeration and cooling system, control system, special workbench, etc. The main components of each part are introduced as follows: 1. The laser is imported with original packaging, maintenance-free, and has high electro-optical conversion. 2. Brief description of the components of the optical focusing system. Remarks. Optical path system. Beam expander magnification 3 times. Optical protection lens can withstand 0.6Mpa pressure focusing system It adopts a multi-piece objective lens structure and a high-performance coaxial shielding gas nozzle to ensure a bright-looking slit. The working distance of the focusing objective is 120mm.
Brief description of the components of the laser dedicated refrigeration and cooling system of the fiber laser cutting machine manufacturer Remarks The circulating water pump jet self-priming centrifugal pump, all stainless steel structure, motor power 370W, head: 50m, Open flow: 60L/min external circulation refrigeration unit refrigeration flow switch Flow range: 10~50L/min Huagong laser temperature controller with Pt100 platinum resistance temperature sensor, dual temperature control, digital display, precision 0.5 level liquid level control liquid level control switch 4. Brief description of the components of the control system. Remarks. The control system's numerical control software and computer control plus a motion control card. The operation panel has an automatic operation/manual operation (single-step operation) program 5. Special workbench (optional) 1. Two-dimensional electric translation work Table, Panasonic servo motor, Shangying screw rod, guide rail, worktable accuracy 0.02mm, cutting accuracy 0.05mm, X-axis travel 1500mm, Y-axis travel 3000mm. The focusing system can be adjusted manually up and down, with a stroke of 75mm. 2. Two-dimensional electric translation work. Direct sales of laser cutting machine manufacturers. Three-dimensional fiber laser cutting machine manufacturers generally have the following factors that affect the cutting quality of the product: 1. The size of the laser power 2. The size and purity of the auxiliary air pressure 3. The focal length of the cutting head Size 4. The thickness of the workpiece 5. The robot's teaching trajectory or high-line programming digital-analog positioning accuracy 6. The robot's path repeatability, repeat positioning accuracy and speed. The technical advantages of the three-dimensional cutting system: 1. Because of the adoption of the industry's better The high-precision Stäubli manipulator has a light body and a fast cutting speed. It has obvious advantages in fine cutting of small arcs and high-speed cutting of large edges. The actual cutting speed can reach 18 m/min without jitter. The overall processing efficiency is The combination of manipulators of other brands is twice as cost-effective, and it can also save a set of consumables and labor. It can also meet the production capacity requirements with less additional sound settings in the later period. It can also work continuously for 24 hours. The one-time investment is relatively small, and within a short depreciation period (two-shift 8-hour work system), the Stäubli robot laser solution can pay back the investment. At the same time, it has low energy consumption, small size and low maintenance requirements. High cutting precision.
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